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1
Spatial IQ Test for AI
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2
Neural Tuning Size in a Model of Primate Visual Processing Accounts for Three Key Markers of Holistic Face Processing
Tan, Cheston; Poggio, Tomaso. - : Public Library of Science, 2016
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3
Neural Tuning Size in a Model of Primate Visual Processing Accounts for Three Key Markers of Holistic Face Processing
In: Public Library of Science (2016)
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4
Neural tuning size is a key factor underlying holistic face processing
Tan, Cheston; Poggio, Tomaso. - : Center for Brains, Minds and Machines (CBMM), arXiv, 2014
Abstract: Faces are a class of visual stimuli with unique significance, for a variety of reasons. They are ubiquitous throughout the course of a person’s life, and face recognition is crucial for daily social interaction. Faces are also unlike any other stimulus class in terms of certain physical stimulus characteristics. Furthermore, faces have been empirically found to elicit certain characteristic behavioral phenomena, which are widely held to be evidence of “holistic” processing of faces. However, little is known about the neural mechanisms underlying such holistic face processing. In other words, for the processing of faces by the primate visual system, the input and output characteristics are relatively well known, but the internal neural computations are not. The main aim of this work is to further the fundamental understanding of what causes the visual processing of faces to be different from that of objects. In this computational modeling work, we show that a single factor – “neural tuning size” – is able to account for three key phenomena that are characteristic of face processing, namely the Composite Face Effect (CFE), Face Inversion Effect (FIE) and Whole ‐ Part Effect (WPE). Our computational proof ‐ of ‐ principle provides specific neural tuning properties that correspond to the poorly ‐ understood notion of holistic face processing, and connects these neural properties to psychophysical behavior. Overall, our work provides a unified and parsimonious theoretical account for the disparate empirical data on face ‐ specific processing, deepening the fundamental understanding of face processing. ; This work was supported by the Center for Brains, Minds and Machines (CBMM), funded by NSF STC award CCF‐1231216.
Keyword: Artificial Intelligence; Computer vision; Face recognition
URL: http://hdl.handle.net/1721.1/100185
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5
Faces as a "Model Category" for Visual Object Recognition
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6
Learning On-Line from a Few Examples
In: DTIC (2009)
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7
Phonetic Classification Using Hierarchical, Feed-forward, Spectro-temporal Patch-based Architectures
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8
Phonetic Classification Using Hierarchical, Feed-forward, Spectro-temporal Patch-based Architectures
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9
Trainable Videorealistic Speech Animation
In: DTIC (2006)
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10
General conditions for predictivity in learning theory
In: Nature. - London : Macmillan Publishers Limited, part of Springer Nature 428 (2004) 6981, 419-422
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11
High-level learning of early visual tasks
In: Perceptual learning (Cambridge, Mass, 2002), p. 273-298
MPI für Psycholinguistik
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12
Sparse correlation kernel reconstruction and superresolution
In: Probabilistic models of the brain (Cambridge, 2002), p. 155-180
MPI für Psycholinguistik
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13
Perceptual learning
Fahle, Manfred; Poggio, Tomaso. - Cambridge, Mass : MIT Press, 2002
MPI für Psycholinguistik
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14
Categorical representation of visual stimuli in the primate prefrontal cortex
In: Science. - Washington, DC : AAAS, American Assoc. for the Advancement of Science 291 (2001) 5502, 312-316
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15
Observations on cortical mechanisms for object recognition and learning
In: Large-scale neuronal theories of the brain (Cambridge, Mass, 1994), p. 153-182
MPI für Psycholinguistik
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16
Computation of motion by real neurons
In: An introduction to neural and electronic networks (San Diego, 1990), p. 379-407
MPI für Psycholinguistik
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17
Making machines (and artificial intelligence) see
In: The artificial intelligence debate (Cambridge, Mass., 1988), P. 213-240
MPI für Psycholinguistik
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